Variable Frequency Drives
Use this VFD selection hub to compare drive classes, control methods, lifecycle risk, and migration options before moving to model-level procurement.
Start with load profile and control precision, then validate environment, communications, and replacement strategy across shortlisted series.
Indexed Models
120+
Across active and legacy frames
Series
3
Core mainstream series
Voltage Classes
3
200V / 400V / 690V
Lifecycle
Mixed
Active to discontinued
Understand the category
Start here to see what belongs in this family, which installation contexts it typically supports, and which brands are represented before you narrow down to a specific series.
What defines this family
Compare related series
Use this comparison to review adjacent series side by side before moving into individual product pages. The goal is to narrow the shortlist by fit, deployment style, compatibility, and lifecycle.
| Series | Best for | Deployment | Technology | Compatibility | Lifecycle | Depth |
|---|---|---|---|---|---|---|
ACS580 General-purpose ABB drive family for pump, fan, and conveyor work with straightforward commissioning. Open series | General-purpose pump, fan, and conveyor duties with repeatable commissioning patterns. | Standard cabinet builds and retrofit work where quick engineering turnover matters. | General Purpose | Strong inside ABB drive installations that already standardize on ACS accessories and commissioning habits. | Active mainstream family suited to both new projects and routine maintenance replacement. | 4 products |
ACS880 Performance ABB drive family for demanding process lines, higher torque expectations, and tougher integration work. Open series | Demanding drive duties where process control, torque behavior, or performance headroom matter. | Higher-spec cabinet builds and retrofit projects that justify a more capable drive architecture. | High Performance | Works best where ABB higher-end drive practice, accessories, and service routines are already accepted. | Active performance family used when engineering margin is more valuable than lowest complexity. | 2 products |
SINAMICS G120 Modular Siemens drive platform for configurable inverter builds, serviceable replacements, and system-standard projects. Open series | Siemens-standard drive projects that need configurable architecture and serviceable platform continuity. | Modular drive builds where power stage, control layer, and communication expectations are selected deliberately. | Modular Drive | Best when the rest of the machine already leans on Siemens drive tooling, options, and lifecycle planning. | Core active platform, but exact order codes can span active, phase-out, and legacy maintenance positions. | 5 products |
ACS580
General-purpose ABB drive family for pump, fan, and conveyor work with straightforward commissioning.
Best for
General-purpose pump, fan, and conveyor duties with repeatable commissioning patterns.
Deployment
Standard cabinet builds and retrofit work where quick engineering turnover matters.
Technology
General Purpose
Compatibility
Strong inside ABB drive installations that already standardize on ACS accessories and commissioning habits.
Lifecycle
Active mainstream family suited to both new projects and routine maintenance replacement.
ACS880
Performance ABB drive family for demanding process lines, higher torque expectations, and tougher integration work.
Best for
Demanding drive duties where process control, torque behavior, or performance headroom matter.
Deployment
Higher-spec cabinet builds and retrofit projects that justify a more capable drive architecture.
Technology
High Performance
Compatibility
Works best where ABB higher-end drive practice, accessories, and service routines are already accepted.
Lifecycle
Active performance family used when engineering margin is more valuable than lowest complexity.
SINAMICS G120
Modular Siemens drive platform for configurable inverter builds, serviceable replacements, and system-standard projects.
Best for
Siemens-standard drive projects that need configurable architecture and serviceable platform continuity.
Deployment
Modular drive builds where power stage, control layer, and communication expectations are selected deliberately.
Technology
Modular Drive
Compatibility
Best when the rest of the machine already leans on Siemens drive tooling, options, and lifecycle planning.
Lifecycle
Core active platform, but exact order codes can span active, phase-out, and legacy maintenance positions.
How to narrow the options
Start with the engineering constraints that actually reduce the option set, then move from those checkpoints into the most relevant series, guides, and tools.
Voltage and Power Class
Match input class and motor power first to reduce shortlist time.
Control Architecture
Confirm required control mode and communication options before selecting series.
Lifecycle and Support
Validate active/phase-out status to avoid risky procurement choices.
Step 1
What motor voltage class is required?
Signals to check
Step 2
Is this new build or replacement?
Signals to check
Step 3
Which lifecycle risk is acceptable?
Signals to check
Common selection mistakes
Use this checklist to avoid the common mismatches around compatibility, deployment style, and lifecycle assumptions that usually surface late in a project.
Ignoring Lifecycle Status
highWhy it matters
Phase-out models can introduce supply risk mid-project.
Safer route
Prefer active models or pre-plan alternates with documented mapping.
Underspecifying Overload Duty
highWhy it matters
Motor trips and overheating occur under peak loads.
Safer route
Validate overload profile against datasheet duty ratings.
Missing Fieldbus Requirements
mediumWhy it matters
Late communication mismatches delay commissioning.
Safer route
Lock down required protocol early in selection.
Frequently asked questions
These answers cover the questions that usually come up after the first pass of comparison and shortlist building.
Next step
Need help selecting the right VFD architecture?
Share your motor/load profile and we will return a shortlist with lifecycle and lead-time considerations.